point and central line.
HtD
betw
and
betw
i.L
：
Height difference
een the left chainage point
central line
HtDi.R
：
Height difference
een the right chainage
point and central line.
④
A
stak
Her
of central line of start chainage.
fter the data is input, press
[F4] ([OK]) to enter into the
【
Alignment S-O
】
Chain.
：
100.000 m
Offset
：
0.000 m
main screen of displaying
HtDiff
：
0.000 m
R.HT
：
1.598 m
e-out point and offset. (See
the introduction to Stake-Out
Main Menu behind.)
[F4]
e shows the stake-out data
STAKE L_OFFS R_OFFS
↓
SLOPE +CHAIN -CHAIN
∣←
⑤
Here regulates
：
stake out
points on the central line first,
then press [F2] (or [F3]) to
stake out the left(or right)
chainage.
Press [L_OFFS](or R_OFFS]),
the
height difference will be
displayed on the screen.
Chainage and height difference
can be input manually here.
Off
Offset is positive
：
offset point is
on the right of central line.
【
gnment S-O
】
Ali
PtID
：
100.000 m
0.000 m
0.000 m
1.598 m
Offset
：
HtDiff
：
R.HT
：
STAKE L_OFFS R_OFFS
↓
SLOPE +
relative chainage, offset,
set is negative
：
offset point
is on the left of central line.
CHAIN -CHAIN
∣←
⑥
When the chainage and the
offset to be staked out occurs,
press [F1]([STAKE]) to enter
into stake-out screen. Input
prism height and start staking
out. The OPERATIONAL
STEPS is similar to that of
Point Stake Out.
【
Alignment S-O
】
1/3
▼
PtID
：
C100+0.0
R.HT
：
2.000 m
△
Hz
：
-85°51
′
32
″
△
：
-25.369 m
△
：
---.--- m
Ⅰ
All DIST RECORD
↓
VIEW EDM NEX
∣←
150
Summary of Contents for STS-750
Page 6: ...6...
